Visualize Electroweak Symmetry Breaking with AI
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2 years ago
SDXL 1.0
10^-12 seconds after Big Bang
Via the Higgs mechanism, all elementary particles interacting with the Higgs field become massive, having been massless at higher energy levels.
As a side-effect, the weak nuclear force and electromagnetic force, and their respective bosons (the W and Z bosons and photon) now begin to manifest differently in the present universe. Before electroweak symmetry breaking these bosons were all massless particles and interacted over long distances, but at this point the W and Z bosons abruptly become massive particles only interacting over distances smaller than the size of an atom, while the photon remains massless and remains a long-distance interaction.
Creation Summary by Vincent
Electroweak Symmetry Breaking Visualized
This image shows the concept of electroweak symmetry breaking. It illustrates the moment when elementary particles gain mass through interaction with the Higgs field.
Created by Frank Ashe on Jan 28, 2024 using the SDXL 1.0 AI image generator model.
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Creation Settings
- Text Prompts
- Electroweak symmetry breakingWeight: 1
- Model
CKPT- Initial Resolution
Medium
- Aspect Ratio
1:1
- Runtime
Short
- Overall Prompt Weight
50%
- Refiner Weight
50%
- Sampling method
K_DPMPP_2M
